Tag: 3D printing

Assistive TechnologyInnovation

Québec’s Advanced Materials Ecosystem Accelerates Innovation Through Collaborative Projects and International Partnerships

Québec’s advanced materials sector is experiencing significant growth through PRIMA Québec’s collaborative initiatives, with reports indicating over 200 funded projects generating substantial scientific and commercial outputs. The organization is reportedly expanding its international reach through partnerships with Horizon Europe while addressing key sectors including additive manufacturing, defense, and telecommunications through innovative material solutions.

Accelerating Québec’s Advanced Materials Innovation

According to recent reports, PRIMA Québec is driving substantial innovation in advanced materials across multiple sectors including energy, transport, health, and defense. Sources indicate that under the leadership of CEO Marie-Pierre Ippersiel, the organization has positioned itself as a catalyst between industrial and research communities to promote collaborative innovation throughout Québec’s advanced materials ecosystem.

by Bennett Laura
Assistive TechnologyInnovation

3D-Printed Metamaterials Revolutionize Vibration Control Through Complex Geometry

Researchers have demonstrated how 3D-printed metamaterials with intricate geometric structures can effectively suppress mechanical vibrations. This breakthrough combines advanced manufacturing with topological physics to create materials with unprecedented vibration-dampening properties.

Revolutionary Approach to Vibration Control

In a significant advancement for materials science, researchers from the University of Michigan and the Air Force Research Laboratory have developed groundbreaking 3D-printed metamaterials that utilize complex geometric structures to effectively suppress mechanical vibrations. Unlike traditional approaches that focus on chemical composition, this innovation harnesses precisely engineered geometry to create materials with exceptional vibration-dampening capabilities. The research, published in Physical Review Applied, represents a paradigm shift in how we approach material design and mechanical property engineering.

by Bennett Laura